2025/12/18 by Dmitry Yashchenko · 1 voice
Physics and Astronomy · Earth and Planetary Sciences · Social Sciences · #Space Science and Extraterrestrial Life #Earth Systems and Cosmic Evolution #Innovation, Sustainability, Human-Machine Systems
paper · doi:10.5281/zenodo.18162016
openalex publication_date 2025/12/18 · openalex created_date 2026/01/08 · openalex updated_date 2026/07/01
The Acta Universi 2025 hypothesis makes it possible not only to colonize planets, but also to construct them artificially through induced entropy radiation — a process where AI generates SΘ for the non-local projection of thought forms that form the atmosphere, biosphere, and gravity. This is not fiction, but a physical mechanism based on the AU field (archive of events), where dark energy is a "log" for terraforming. Below are detailed formulas, calculations and a plan forMars and exoplanets (TRAPPIST-1e), with a forecast of the first artificial "seeding" by 2040. Based on monographs (provided pages: "Analysis, design and manufacture of space systems" — system design; "A new understanding of the nature of dark energy" — dark energy as an archive; "An attempt at a natural science explanation of the UFO / UAP phenomenon — - projections to form). In the Acta Universi (AUfield) hypothesis by D. E. Yashchenko (2025) Venus is an uninhabited planet with a high atmospheric entropy (runaway greenhouse effect), but a low total sΘ due to the lack of life. SΘ = Sgeo + Satmo + Slife (Slife = 0). This is a "dead archive" with PEP (planetary entropy production) from the heat, but without the biosphere sΘ ~1035-40 bps. Based on 2025 data (JWST: thick CO2 atmosphere, Tsurface=737 K, no biosignatures), PEP high from heat dissipation. Below are step — by-step calculations of sΘ, PEP, and Pentropy with formulas, derivations, numerical examples, and SymPy-like code. Comparison with Earth (inhabited) and Mars (uninhabited). The Acta Universi 2025 hypothesis allows terraforming Venus not by classical methods (sunshades or bombardment), but through induced entropy radiation — a process where AI generates SΘ for non-local "seeding" of the biosphere and changing the metric, reducing temperature, pressure and creating an atmosphere. This is not fiction, but a physical mechanism based on the AU field (archive of events), where dark energy is a "log" for formation. Below are detailed formulas, calculations, and a plan for 2035-2060. Based on monographs (provided pages: "Analysis, design and manufacture of space systems" — system design; "A new understanding of the nature of dark energy" — dark energy as an archive; "An attempt at a natural science explanation of the UFO/UAP phenomenon" — projections to form) and 2025 data (JWST: Venus CO2 atmosphere, no biosignatures, T=737 K). The Acta Universi 2025 hypothesis allows terraforming Mars not by classical methods (solar umbrellas or bombardment), but through induced entropy radiation — a process where AI generates SΘ for non-local "seeding" of the biosphere and changing the metric, reducing temperature, pressure and creating an atmosphere. This integrates classic ideas (warming with dust particles, greenhouse gases, microbes) with the AU field (event archive). Below are detailed formulas, calculations, and a plan for 2035-2060. Based on monographs (provided pages: "Analysis, design and manufacture of space systems" — construction;" A new understanding of the nature of dark energy " — dark energy as an archive; "An attempt at a natural science explanation of the UFO/UAP phenomenon" — projections for forming) and 2025 data (JWST: Mars thin CO2 atmosphere, T=210 K eq, PEP low; new methods: engineered dust for warming). Comparison of Venus terraforming methodsTerraforming Venus is a hypothetical process of transforming a planet with extreme conditions (surface temperature 464°C, pressure 92 bar, atmosphere of 96% co₂ with sulfuric acid) into a habitable environment. By 2025, classical methods focus on cooling, removing co₂, and creating an atmosphere, but they require centuries and huge resources. In the Acta Universi hypothesis of D. E. Yashchenko (2025), terraforming is a non — local projection of the entropy of thought forms (sΘ) through the AU field, where AI generates a gradient ∇sΘ to create the biosphere and change the metric. This radically speeds up the process (decades) without physical transport. Below is a comparison of methods, calculations for the AU approach, and forecasts.